These mixers are built along the plant pipeline to fulfill the objectives of automatic high-speed mixers, continuous, adding and compounding operations. The mixer has the features and characteristics to the meet the needs of use.
The mixer has well know reputation for over 25 years and an outstanding series of mixers including HADO-SATAKE MULTI LINE MIXER, High operations design and is the ALL LINE PLANT use mixer. The MULTI LINE MIXER adopted the horizontal and vertical pipeline. Introducing the new equipment and assembly to meet the requirements of operation, we were able to make processors that were the most cost effective. The Vertical and Side Mixers, together, can meet the constant capacity up to 1 ~ 1000m3/h.

By changing the identical performance capability container you conclude to BATCH 1/2000. Inside the small VESSEL machine shell or comfortable high-speed mixer, many substances or each individual compositions or amount of modifiable flux are developed. The amount that is able to be processed is pending on the modification. Also the amount of space required for setup is small.

In the aim of achieving a complete mixer mechanism, it has applied calculations of 2nd and 3rd layers. Also, to reach completeness it installed Baffle Inserts into the middle surface Baffle. From Impeller rotation the strong rotation speed follows the centripetal force so even without small separation in the middle of the Baffle Inserts will gather to blend effectively. Therefore, the flow keeps this blended form together and eventually it will pass the narrow path structure, so that it can eliminate Short Pass therefore BATCH 3times effective mixing can be obtained.

Repetitious automatic handing equipment developed enhancing energy saving and cost effects. Repetitious mutual assistance of liquid composition control, quantitative ratio, flow control are freely and automatically remote controllable. Also free from any defects and featuring maintenance free equipment, it is a highly reliable structure. It is also, simple to attach to the pipeline, maintain a constant temperature, and handle any Heat Transfers. Because of the repetitious, high speed blending in the plant the time is reduced significantly and unnecessary power is not wasted. So it has considered the economical and rationally reliable design.